GXV - Green Power Solutions

Green Power Solutions srl
Phone: +39-011-988 2251
Fax: +39-011-988 1358
Web: www.gpsemi.it
e-mail: [email protected]
Via Venezia 34D - 10088 Volpiano (TO), Italy
GXV
SURGE VOLTAGE SUPPRESSORS
Pnp diffused silicon structure
Symmetric blocking characteristics
Suitable for SCR, BJT and IGBT applications
[V]
Thyristor
VDRM
VRRM
[V]
1x10
[µs]
VR
Tolerance
[V]
Type
IRM [A]
for base width
1x100
1x1
[µs]
[ms]
PRAV
[W]
1x10
[ms]
PRSM
Max
[kW] allowable
current
1x10
[µs] see curve #
GXV20050-04
450
± 50
500
500
135
33
7.5
30**
350
6
GXV20050-05
550
± 50
600
500
135
33
7.5
30**
350
6
GXV21038-06
650
± 50
700
380
100
25
4.5
30**
350
5
GXV21038-07
750
± 50
800
380
100
25
4.5
30**
350
5
GXV21030-08
850
± 50
900
300
80
21
4
30**
350
4
GXV21030-09
950
± 50
1000
300
80
21
4
30**
350
4
GXV21026-10
1050
± 50
1100
260
67
18
3.6
30**
350
GXV21026-11
1150
± 50
1200
260
67
18
3.6
30**
350
3
3
GXV22023-12
1250
± 50
1300
230
58
15
3.4
30**
350
2
GXV22023-13
1350
± 50
1400
230
58
15
3.4
30**
350
2
GXV22020-14
1450
± 50
1500
200
50
13
3
30**
350
1
GXV22020-15
1550
± 50
1600
200
50
13
3
30**
350
1
GXV22030-16
1650
± 50
1800
300
80
21
4
60**
700
4
GXV22030-17
1750
± 50
1800
300
80
21
4
60**
700
4
GXV22030-18
1850
± 50
2000
300
80
21
4
60**
700
4
GXV22030-19
1950
± 50
2000
300
80
21
4
60**
700
4
GXV23026-20
2050
± 50
2200
260
67
18
3.6
60**
700
3
GXV23026-21
2150
± 50
2200
260
67
18
3.6
60**
700
3
GXV23026-22
2250
± 50
2400
260
67
18
3.6
60**
700
3
GXV23026-23
2350
± 50
2400
260
67
18
3.6
60**
700
3
GXV23023-24
2450
± 50
2600
230
58
15
3.4
60**
700
2
GXV23023-25
2550
± 50
2600
230
58
15
3.4
60**
700
2
GXV23023-26
2650
± 50
2800
230
58
15
3.4
60**
700
2
GXV23023-27
GXV24020-28
GXV24020-29
GXV24020-30
2750
2850
2950
3050
2800
3000
3000
3200
230
200
200
200
58
50
50
50
15
13
13
13
3.4
3
3
3
60**
60**
60**
60**
700
700
700
700
2
1
1
1
GXV24020-31
3150
± 50
± 50
± 50
± 50
± 50
3200
200
50
13
3
60**
700
1
Notice:
VR Symmetrical avalanche voltage at IA=20A, tp=10 µ s, Tvj=60 °C
PRAV … Admissible continuous lossess at Rthja < 1 K/W, Ta < 60 °C
IRM Max. avalanche current for a single sine half wave pulse
* single side cooling: for single sided cooling the side carrying
PRSM … peak power losses for single 10 µs current surge
the serial number shall be cooled
** double side cooling
Tvj … the initial virtual junction temperature is 60 °C
Major Ratings
VR(TJ)(1)
CJ
Rth
TjTSTG
MU
Dependence of avalanche
voltage VR on junction temperature
Junction capacitance UR = 0V, Tj=60°C
Thermal resistance junction-heatsink
Operating storage temperature range
Admissible acceleration (vibration)
Mounting torque
1) VR(60°C) = V RO; VR(25°C) = 0,93 x V RO; VR(125°C) = 1,07 x V RO
2) GXV 5SSB 50X0400 to 20X1500 Cj = 1100pF Rth = 0.5 K/W
GXV 5SSB 30X1600 to 20X3100 Cj = 550pF Rth = 0.25 K/W
Document GXVT002
Value
VR (T) = VR0 [ 1 + 1.1x10-3(T - 60°C)]
1100 or 550(2)
0.5 or 0.25(2)
-40..125
10g
3.5
Units
V
pF
k/W
°C
m/s2
Nm
GXV
SURGE VOLTAGE SUPPRESSOR
Max allowable current peak vs pulse width
Typical behaviour of avalanche voltage vs Tj
(for type GXV22020-15 with tp = 15 µs)
120
10000
6
80
1000
5
2A
40
Tvj [°C]
4
tp [µs]
1
100
2
0
3
60 A
10
-40
-80
1100
1
1
10
100
IR [A]
1000
1200
1300
1400
1500
1600
1700
VR [V]
Product of max. admissible square wave
power in function of pulse width tp
Product of max. admissible square wave power in
function of pulse width tp
(GXV22020 - GXV20050)
GXV24020 - GXV22030
10
10
1
10
10
5
5
1
0.1
0.1
1
1
25
50
tp [ms]
0
10
0
50
1k
0
25
tp [ms]
frequency (hz)
0.1
50
0
25
0.1
25
0
10
frequency (hz)
0
50
5k
2.
1k
5k
2.5k
k
10
5k
0.01
k
25
0.01
10k
k
50
25k
0k
10
50k
100k
0k
25
250k
0.001
0.001
0.1
1
10
IRM*VR [kW]
100
0
1
IRM*VM [kW]
10
100
dimensions mm
In the interest of product improvement Green Power Solutions reserves the right to change any specification given in this data sheet without
notice.
Document GXVT002